IMPLEMENTATION OF THE "KINEROS" MODEL FOR ESTIMATION OF THE FLOOD PRONE TERRITORIES IN THE MALKI ISKAR RIVER BASIN

Mariyana Nikolova, S. Nedkov, V. Nikolov, I. Zuzdrov, M. Genev, T. Kotsev, R. Vatseva, J. Krumova
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引用次数: 13

Abstract

This article presents main results from the implementation of the KINEROS model to the Malki Iskar river basin above the town of Etropole. KINEROS is a mathematical model based on fundamental physical laws aimed at simulating the spatial distribution of water balance elements for a given meteoro- logical event. A detailed study of the set of physical geographical flood risk factors (relief, climate, waters, soils, LC/LU) has been performed. The analysis has been carried out on the basis of specific methods for estimation of the role of each factor. The results show the importance and practicality of implementation of the GIS, RS and flood risk modeling in generally unpredictable dangerous situations, which are typical for small mountain catchments. The application of the KINEROS model for simulation of events depending on the changes in the landscape conditions may in- crease significantly the effect of flood risk management in mountainous munici- palities.
实施“kineros”模型估算malki iskar河流域洪水易发地区
本文介绍了在Etropole镇上方的Malki Iskar河流域实施KINEROS模型的主要结果。KINEROS是一个基于基本物理定律的数学模型,旨在模拟给定气象事件中水平衡元素的空间分布。对自然地理洪水风险因子(地形、气候、水、土壤、LC/LU)进行了详细的研究。分析是在具体方法的基础上进行的,以估计每个因素的作用。结果表明,在一般不可预测的危险情况下,GIS、RS和洪水风险建模的实施具有重要意义和实用性。应用KINEROS模型对依赖于景观条件变化的事件进行模拟,可以显著提高山区城市洪水风险管理的效果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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